KR20060050819A - Information management apparatus and method, recording medium and program - Google Patents

Abstract

The present invention relates to an information management apparatus that enables all persons in charge of event management to easily grasp both a pre-scheduled event and a sudden event. According to the present invention, the time range 31 to 34 from the scheduled start time of the scheduled event to the scheduled end time of the scheduled event is displayed on the screen of the display means based on the operation of scheduling the start scheduled time and the scheduled end time of the event. Based on the display performed along the time axis 22b and the operation corresponding to the initiation of the sudden event, the time range 35 of the sudden event is determined based on the time at which the operation is performed. It is characterized by displaying along the same time axis 22b of the same screen so as to increase as time passes until an operation corresponding to the end of an unexpected event is performed.

Event, scheduled start time, scheduled end time, time range, time axis, operation, display means

Description

Information management apparatus and method, recording medium and program {INFORMATION MANAGEMENT APPARATUS AND METHOD, RECORDING MEDIUM, AS WELL AS PROGRAM}

BRIEF DESCRIPTION OF THE DRAWINGS The block diagram which shows the whole structure of the recording, editing, and sending system to which this invention is applied.

FIG. 2 is a diagram illustrating a configuration of a recording GUI screen displayed on the management terminal of FIG. 1. FIG.

FIG. 3 is a diagram showing the display contents of the routing switcher window of FIG. 2. FIG.

4 is a diagram illustrating display contents of an included scheduler window of FIG. 2;

5 is a diagram illustrating display contents of a stored job window;

FIG. 6 is a diagram illustrating display contents of a recording operation window of FIG. 2. FIG.

7 is a diagram illustrating display contents of a VTR operation window.

Fig. 8 is a diagram showing an example of displaying a scheduled recording event in a recording scheduler window.

9 is a flowchart showing display processing of recording events by manual operation in the recording operation window.

FIG. 10 is a diagram showing a display example of a recording event by a manual operation on a recording scheduler window. FIG.

Fig. 11 is a diagram showing a display example of a recording event by a manual operation on a recording scheduler window.

Fig. 12 is a diagram showing an example of displaying a recording event by a manual operation on a recording scheduler window.

<Explanation of symbols for the main parts of the drawings>

1: management terminal

2: database

3: VTR

4: routing switcher

7, 8: video server

21: Routing Switcher Window

22: recording scheduler window

22a: Date column

22b: time axis

22c: event display field

22e: current time line

23: recording operation window

23a: recording channel select button

23b: What is a monitor

23c: recording start button

23d: recording end button

23e: button for VTR

25: recording job window

26: VTR operation window

31 to 34: time range of scheduled recording events

35: time range of recording event initiated by manual operation

The present invention relates to an apparatus, a method, and the like for unified management of pre-scheduled events and unexpected events.

Today, television broadcasting stations have introduced recording, editing, and transmitting systems using video servers, but recording methods of materials (video data, etc.) in these systems are roughly divided into two methods (a) and (b) below.

(a) The operator (the person in charge of the recording of the location in the broadcasting station) schedules the scheduled start time and the scheduled end time in advance, so that the recording is automatically performed from the scheduled start time to the scheduled end time.

(b) When the need arises to record unexpectedly, recording starts by manual operation of an operator.

In such a conventional system, since the start scheduled time and the end scheduled time of the recording scheduled by the method (a) are displayed on the screen, all operators (actually the operator who performed the schedule and other operators) can easily grasp. Can be. However, it is important for the operator other than the operator who actually started the recording to know what kind of situation the recording started suddenly by the method (b) is present (whether recording continues or has already been completed). It was difficult.

For this reason, for example, after the start of the recording of the work A by the method (b), another operator schedules the recording of the work B by the method (a) using the time before the end of the recording as the start scheduled time. There was a possibility that the recording of A was interrupted by the recording of the material B.

In view of the above, the present invention relates to the management of events, both a pre-scheduled event and a sudden event, such as a recording event according to the method (a) and a recording event according to the method (b). The task was to make it easy for all persons in charge to understand.

In order to solve this problem, the event information management apparatus according to the present invention includes a first operation means for scheduling a start scheduled time and a scheduled end time of an event, and a first operation means for operating in response to a sudden start and end of an event. The second operation means and a time range from the scheduled start time to the end scheduled time of the event scheduled by the first operating means along the time axis on the screen of the display means, and corresponding to the sudden start of the event. The first time corresponding to the end of the sudden event, starting from the operation time of the operation means, and the time range of the sudden event based on the operation time of the second operation means corresponding to the start of the sudden event. 2 Displaying along this time axis on this screen of the display means by increasing as time passes until the operation of the operating means is performed. It is characterized by having a display control means.

The event information management apparatus is provided with first operation means for scheduling the start scheduled time and the end scheduled time of the event in advance, and second operation means for operating in response to the sudden start and end of the event.

Then, when the event is scheduled by the first operation means, the time range from the scheduled start time of the event to the scheduled end time is displayed on the screen of the display means along the time axis.

In addition, when the second operation means is operated in response to the initiation of an unexpected event, the operation of the second operation means corresponding to the end of the sudden event occurs based on the time of operation of the sudden event. It is displayed along the same time axis of the same screen, so as to increase as time passes until this is done.

Therefore, while this indication indicates the occurrence of a sudden event, it can be judged that the sudden event is still continuing while this time range continues to increase, so that this time range does not increase. It can be determined that the sudden event has already ended.

In this way, the static display of the time range of the pre-scheduled event and the dynamic display of the time range of the unexpected event are performed along the same time axis of the same screen. This makes it possible for all persons in charge of event management to visually grasp both the pre-scheduled event and the unexpected event.

In this event information management apparatus, as an example, the first operation means and the second operation means select any one system from a plurality of systems to perform an operation, and the display control means displays the plurality of systems. In addition to arranging the columns in parallel along the time axis, it is preferable to display the time range in the display columns for the system selected by the first and second operating means.

Thus, for these plurality of systems, static display of the time range of the event previously scheduled and dynamic display of the time range of the unexpected event are performed along the same time axis of the same screen. Thus, in the event that an unexpected event occurs in one branch and is still in progress, the event can be easily scheduled to be avoided on the other branch. This makes it possible to schedule an event while easily coordinating with an unexpected event.

In addition, the event managed by this event information management apparatus is an example, It is preferable that it is the recording of the data supplied from the exterior. As a result, all persons in charge can easily visually recognize both the pre-scheduled event and the unexpected event, so that after the start of the sudden data recording, another person starts the time before the end of the recording. It is possible to prevent a situation in which the recording of another material is scheduled at a predetermined time (the sudden recording of the material is interrupted by the recording of another material).

Next, the event information management method according to the present invention displays the time range from the scheduled start time to the scheduled end time of the scheduled event based on the operation of scheduling the scheduled start time and the scheduled end time of the event. Based on the first step of displaying on the screen of the means along the time axis and the operation corresponding to the start of the unexpected event, the time range of the sudden event is determined based on the time at which the operation is performed. And a second step of causing the display to increase along the time axis until the operation corresponding to the end of the event is performed, as the time elapses.

Moreover, the computer-readable recording medium which concerns on this invention is a time range from the scheduled start time of a scheduled event to the scheduled end time based on the operation which schedules the start time of an event, and the end time of the event to a computer. , Based on the first step of displaying on the screen of the display means along the time axis and the operation corresponding to the start of the unexpected event, the time range of the sudden event is determined based on the time at which the operation was performed. And recording a program for executing the second step of displaying on this screen of this display means along this time axis, so as to increase as time passes until an operation corresponding to the end of the sudden event is performed. .

In addition, the program according to the present invention displays a time range from the scheduled start time to the scheduled end time of the scheduled event based on the operation of scheduling the start time and end time of the event to the computer. Based on the first step of displaying on the screen of the means along the time axis and the operation corresponding to the start of the unexpected event, the time range of the sudden event is determined based on the time at which the operation is performed. It is characterized in that a second step of causing the display to be displayed along this time axis on this screen of the display means is made to increase as time passes until an operation corresponding to the end of the event is performed.

In this event information management method, a computer that executes a program recorded on this recording medium, and a computer that executes the program, when an operation for scheduling the start time and end time of the event is performed, the scheduled event is to be started. The time range from the time to the scheduled end time is displayed along the time axis on the screen of the display means.

In addition, when an operation corresponding to the start of a sudden event is performed, the time range of the sudden event is determined based on the time at which the operation is performed until the operation corresponding to the end of the sudden event is performed. The image is displayed along the same time axis of the same screen so as to increase as time passes.

Therefore, while this indication indicates the occurrence of an unexpected event, it can be judged that the sudden event is still continuing while this time range is continuously increasing, so that this time range is not increased. It can be determined that the sudden event has already ended.

In this way, the static display of the time range of the pre-scheduled event and the dynamic display of the time range of the unexpected event are performed along the same time axis of the same screen. This makes it possible for all persons in charge of event management to visually grasp both the pre-scheduled event and the unexpected event.

<Example>

Hereinafter, the present invention will be described in detail with reference to the drawings. In addition, below, the example which applied this invention to the recording, editing, and sending system in a television broadcasting station is demonstrated.

BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a block diagram showing the overall configuration of an recording, editing and sending system to which the present invention is applied. In this system, the management terminal 1, the database 2, the VTR 3, the routing switcher 4, the editing terminals 5 (1) to 5 (3), and the routing switcher 9 are connected to the Ethernet ( 6) (Ethernet: ETHERNET is a registered trademark).

In addition, the management terminal 1, the routing switcher 4, the editing terminal 5 (1) to 5 (3), the video server (for high resolution) 7, the video server (for low resolution) 8, and routing The switcher 9 is interconnected via the ether switch 10 to the gigabit Ethernet 11 (thick line portion).

The routing switcher 4 is used to input each input source such as a VTR 3, another broadcasting station (denoted as AIR in the drawing), or a television camera (shown as Line 1 to Line 3 in the drawing) connected to the Internet or an intranet. Each of the video servers 7 and 8 is a device for connecting to a desired channel of the recording channels ch1 to ch5. Although not shown, at the output side of the routing switcher 4, a device for converting the SDI format data from the input source into the Ethernet format is provided for each recording channel ch1 to ch5.

The editing terminals 5 (1) to 5 (3) are terminals for editing the material using the low resolution video data (proxy video data) recorded in the video server 8.

The routing switcher 9 is an apparatus for connecting the transmission channels of the multiple systems of the video server 7 to desired transmission servers and the like (not shown) in the broadcasting stations, respectively. Although not shown, an apparatus for converting data in Ethernet format to SDI format is also provided at the input side of the routing switcher 9 for each transmission channel.

The management terminal 1 is a terminal which controls the whole system, and manages recording, editing, and sending of a raw material, and is comprised with the computer (for example, workstation) which runs the software for performing this management. This management software is installed from a recording medium such as a CD-ROM (however, as another example, it may be downloaded and installed via a network). The database 2 is used to store various data created by the operation of the management terminal 1.

FIG. 2 is a diagram illustrating a configuration of a recording screen of a material among the GUI screens displayed on the display of the management terminal 1. In this recording GUI screen, a routing switcher window 21, a recording scheduler window 22, a recording operation window 23, and a material list window (a screen on which the listed material files are displayed) are provided. These scheduler windows can also be enlarged and displayed one by one by selecting a command on a menu screen (not shown).

The routing switcher window 21 is a GUI screen for connecting to each of the above-described input sources (VTR (3), AIR, Line1 to Line3 in FIG. 1) and the recording channels ch1 to ch5. 3 shows the display contents of this routing switcher window 21. In the routing switcher window 21, an input source field 21a, a connection operation field 21b, a recording channel field 21c, and an input source field 21d are provided.

In the input source field 21a, the name of each input source (here, VTR, AIR, Line 1 to Line 3) is displayed. In the recording channel field 21c, the names ch1 to ch5 of the respective recording channels of the video servers 7 and 8 are displayed.

The connection operation column 21b is a column for connecting an input source in the input source column 21a with a desired recording channel in the channel column 21c by a mouse operation, and a line connecting the connected input source and the recording channel is displayed. (In the figure, Line2 is connected to recording channels ch1, ch2 and ch4, and VTR is connected to recording channels ch3 and ch5).

The input source field 21d corresponds one-to-one with each recording channel in the recording channel field 21c, and the name of the input source connected to the corresponding recording channel is displayed.

The management terminal 1 controls the routing switcher 4 (FIG. 1) based on the operation result in this routing switcher window 21, and connects each input source and recording channels ch1 to ch5.

The recording scheduler window 22 of FIG. 2 is a GUI screen which performs the operation which previously schedules the start scheduled time and the end scheduled time of the recording of a location, and displays a recording event. 4 shows the display contents of this storage scheduler window 22. In the recording scheduler window 22, a date field 22a, a time axis 22b, an event display field 22c, and a recording job button 22d are provided.

The recording job button 22d is a button for opening another window (recording job window) for recording schedule operation. 5 shows the display contents of the stored job window opened by the operation of this button 22d. The recording job window 25 is provided with a recording channel selection column 25a, a scheduled start time selection column 25b, a recording time length input field 25c, and a periodic schedule check column 25d.

The recording channel selection column 25a is a column for selecting a channel to schedule recording events from among the recording channels ch1 to ch5 in a pull-down manner.

The scheduled start date and time selection column 25b is a column for selecting the date and time of the scheduled start of the recording event in a pull-down manner. The recording time length input field 25c is a field for inputting a time length of a recording event.

The periodic schedule check column 25d is a check box when a recording is to be scheduled periodically (at the same time every day, every week or every month) at the same time. If this periodic schedule check box 25d is checked, another window for selecting the start date, the end date, the end date, or the pattern of periodicity (daily, weekly or monthly) is opened.

Although not shown, the recording job window 25 is provided with a tab for displaying a screen for inputting a title, etc. of a recorded material, in addition to the tab "Filing" shown in FIG.

In Fig. 4, the date column 22a is a column for selecting in which pull-down method a certain event of the year and month is displayed in the event display column 22c. The time axis 22b is an axis in which the time from 0 am to 24 pm is displayed in a vertical direction in a vertical direction, and is displayed in some time zones (time zones from 9 o'clock to 12:30 in the drawing). You can change the time zone by scrolling up or down.

The event display field 22c arranges display columns for recording channels ch1 to ch5 in the vertical direction along the time axis 22c, and scrolls up and down together with the time axis 22b. Below the names ch1 to ch5 of the respective recording channels, the names of the input sources connected in the routing switcher window 21 of FIG. 3 are also displayed.

When today's date is selected in the date field 22a, and the time axis 22b of the time zone including the current time is displayed, a line indicating the current time is displayed in the horizontal direction in the event display field 22c. . In the figure, this current time line 22e is displayed when the current time is around 9:14.

The recording operation window 23 of FIG. 2 is a GUI screen for performing recording by manual operation in response to the need for sudden recording. 6 shows the display contents of this recording operation window 23. In the recording operation window 23, the recording channel selection button 23a, the monitor column 23b, the recording start button 23c, the recording end button 23d, the VTR button 23e, and the metadata input field 23f are provided. It is installed.

The recording channel select button 23a is a button for selecting a channel to record from among the recording channels ch1 to ch5. The monitor field 23b is a field where an image of a material to be recorded is displayed.

The recording start button 23c and the recording end button 23d are buttons for starting and ending recording, respectively. The VTR button 23e is a button that opens a window for operating the VTR.

Although the detailed illustration is abbreviate | omitted, the meta data input field 23f is a column for inputting meta data, such as a title and a category, about the material to be recorded.

Fig. 7 shows the display contents of the VTR operation window opened by the operation of the button 23e for VTR. The VTR operation window 26 includes a device name and time code display field 26a, a control button 26b, a cue up time code input field 26c, a cue up button 26d and a shuttle / jog control unit 26e. Is displayed.

The device name and time code display field 26a is a field in which the name of the VTR to be operated and the current time code are displayed. The control button 26b is a button for rewinding, playing, stopping, and fast forwarding the VTR.

The cue up time code input field 26c is a field for inputting a time code to be cued up, and the cue up button 26d is a button for cueing up a time code input to the cue up time code input field 26c.

The shuttle / jog control unit 26e is a column in which an icon for performing shuttle operation or jog operation of the VTR is provided.

The management terminal 1 controls the VTR 3 (FIG. 1) based on the operation result in this VTR operation window 26, and reproduces a raw material from a video tape.

Next, the state in which a recording event is displayed in the event display field 22c of the recording scheduler window 22 shown in FIG. 4 is demonstrated.

In the recording job window 25 of FIG. 5, when the recording channel is selected and the recording start date and the recording end date and time are determined by the selection of the start date and the input of the recording time length, the management terminal 1 Corresponds to the determined date, and displays the time range from the recording start scheduled time to the recording end scheduled time along the time axis 22b in the column of the selected recording channel in the event display field 22c of FIG. 4. .

In addition, the management terminal 1 controls the video servers 7 and 8 (FIG. 1) when the recording start scheduled time of the recording event for any one recording channel scheduled in this recording job window 25 arrives. The raw material supplied from the input source connected to the recording channel is recorded in high resolution and low resolution, respectively. In addition, when the VTR 3 (FIG. 1) is connected to the recording channel, the VTR 3 (FIG. 1) is controlled to reproduce the material from the video tape.

Then, when the recording end scheduled time of the recording event arrives, the video servers 7 and 8 are controlled to finish recording (when the VTR 3 is connected to the recording channel, the VTR 3 is controlled. To stop playback).

FIG. 8 shows an example of display of the scheduled event in this stored job window 25. As shown in FIG. In this example, the time range 31 of the recording event from 9:30 to 10 o'clock June 19, 2004 scheduled for the recording channel ch1 is indicated by a rectangular frame along the time axis 22b. .

In addition, the time range 32 of the recording event from 11:00 to 11:30 of the same date scheduled for the recording channel ch1, and the recording from 9:50 to 14:00 of the same date scheduled for the recording channel ch2. The time range 33 of the event and the time range 34 of the recording event from 10:30 to 11: 6 of the same date scheduled for the recording channel ch5 are similarly displayed.

In the frames of the respective time ranges 31 to 34, numerals indicating the recording start time, the recording end time, and the time length are displayed in order from the top. In addition, when the title of a material is input in the recording job window 25, the title is also displayed in this frame, but illustration is abbreviate | omitted here.

The time range of the recording event scheduled in the recording job window 25 as in the time ranges 31 to 34 is fixed in length, and therefore, the length does not change after being displayed once.

9 is a flowchart showing display processing of recording events executed by the CPU in the management terminal 1 based on manual operation in the recording operation window 23 of FIG. 6 corresponding to the need for sudden recording. . In the recording operation window 23, when the recording channel is selected and the recording start button 23c is operated (in the case where the input source is VTR 3), before the operation of the recording start button 23c, the recording channel of FIG. The playback operation is performed in the VTR operation window 26). First, the time at which the recording start button 23c was operated in the column of the selected recording channel in the event display field 22c of FIG. The time range up to the time is displayed along the time axis 22b (step S1).

Subsequently, it waits until the minimum unit (for example, 1 minute) of the time range displayed on the event display field 22c passes (step S2), and after that, the recording end button is stored in the recording operation window 23. It is judged whether or not 23d has been operated (step S3). If no, the process returns to step S1 and steps S1 to S3 are repeated. On the other hand, if YES, the time range displayed immediately before is displayed with a fixed length (step S4), and the processing ends.

In addition, the management terminal 1 controls the video servers 7 and 8 (FIG. 1) based on the operation in this recording operation window 23, and recording is complete | finished after the recording start button 23c is operated. Until the button 23d is operated, the raw material supplied from the input source connected to the selected recording channel is recorded in high resolution and low resolution, respectively (when the VTR 3 is connected to the recording channel, FIG. Control of the VTR 3 based on the operation in the VTR operation window 26 of 7).

10 to 12 are examples of display of an unexpected recording event by an operation in this recording operation window 23, in a state where the time ranges 31 to 34 of the scheduled recording event of FIG. 8 are already displayed. The figure which shows the example over time when the recording channel ch3 is selected, the recording start button 23c was operated at 10 o'clock on June 19, 2004, and the recording end button 23d was operated at 11:03. to be.

In this example, since the recording end button 23d is not operated until 11:03, steps S1 to S3 in FIG. 9 are repeated, so that the recording channel ch3 field in the event display field 22c is 10 o'clock. From this point of view, the time range of the sudden recording event is displayed along the time axis 22b so as to increase with the passage of time.

10 and 11 show the display states of the time range 35 of this sudden recording event at 10:25 and 10:50 respectively. In the state of FIG. 10, the time range 35 extends from 10 o'clock to 10:25 (the position of the current time line 22e), which is the current time, from within the rectangular frame. In order, numbers indicating the recording start time, the current time (10:25), and the time length (25 minutes) are displayed (when the title of the material is input in the meta data input field 23f, the title is also this frame). But not shown here).

In the state of FIG. 11, the time range 35 extends from 10 o'clock to 10:50 (the position of the current time line 22e), which is the current time, from within the rectangular frame. In the order, numbers indicating the recording start time, the current time (10:50), and the time length (50 minutes) are displayed.

In this manner, up to 11:03, the time range 35 of the sudden recording event is displayed along the time axis 22b starting at 10 o'clock so as to increase as time passes. Then, when 11: 3 elapses, the recording end button 23d is operated. Thus, by proceeding to step S4 in FIG. 9, the time range 35 at the time of 11: 3 is fixedly displayed. .

Fig. 12 shows the display state of the time range 35 of this sudden recording event at the time of 11:10. The time range 35 from 10:00 to 11:03 is displayed, and in the rectangular frame, the recording start time, the recording end time (11: 3), and the length of time (one hour) in order from the top. 3 minutes) is displayed.

As described above, in the management terminal 1, when the recording event is scheduled in the recording job window 25 (FIG. 5), the time range from the scheduled start time of the recording event to the scheduled end time is shown in FIG. 4. Is displayed along the time axis 22b in the event display field 22c of the recording scheduler window 22.

In addition, when the recording start button 23c is operated in the recording operation window 23 in response to the need for an unexpected recording, the time range of the sudden recording event is based on the operation time. ) Is displayed along the time axis 22b in the event display field 22c so as to increase as time elapses.

Therefore, while this indication indicates the occurrence of an unexpected recording event, while the time range continues to increase (for example, the states of FIGS. 10 and 11), the sudden recording event still has not occurred. It can be judged that it is continuing, and if this time range does not increase (for example, the state of FIG. 12), it can be determined that the sudden recording event has already ended.

As shown in Figs. 10 and 11, when the sudden recording event is still continuing, the position of the current time line 22e coincides with the lower end of this time range. Similarly, since the position of the current time line 22e deviates from the lower end of this time range after the abrupt recording event ends, the sudden recording event still continues even with the position of this current time line 22e. You can determine if you are doing or have already finished.

In this way, the static display of the time range of the pre-scheduled recording event and the dynamic display of the time range of the sudden recording event are performed along the same time axis 22b of the same screen. This makes it easy for all operators (the person in charge of the person who actually started the accidental recording, and the person in charge other than that of the person concerned with the recording of the material in the broadcasting station) to both the pre-scheduled recording event and the unexpected recording event. Can be visually identified.

Therefore, after the sudden recording is started, another person in charge schedules the recording of another material using the time before the recording is finished (the abrupt recording of the material is interrupted by the recording of the other material). You can prevent the situation.

In addition, for the plurality of recording channels ch1 to ch5, the static display of the time range of the pre-scheduled recording event and the dynamic display of the time range of the sudden recording event are along the same time axis 22b of the same screen. Is done. Thus, in the event that an unexpected recording has started in a certain recording channel and is still continuing, the recording event can be easily scheduled on the other recording channel side to avoid the recording channel. As a result, the recording event can be scheduled while easily adjusting with the unexpected recording event.

In the above example, the time axis 22b is displayed in the vertical direction in the recording scheduler window 22 in a vertical direction, and the time range of the recording event is displayed in the vertical direction along the time axis 22b. However, the present invention is not limited thereto, and the time axis may be displayed in the horizontal direction in a straight line, and the time range of the event may be displayed in the horizontal direction as the time axis is recorded along the time axis. Alternatively, the time axis may be displayed in the circumferential direction (like a clock face), and the time range of the event recorded along the time axis may be displayed in the circumferential direction.

In addition, in the above example, although the management terminal 1 is comprised by the computer which installed the software, it is not limited to this, You may comprise the management terminal 1 by the dedicated hardware apparatus.

In the above example, the present invention is applied to a recording, editing and transmitting system in a television broadcasting station, but the present invention may be applied to other data recording systems. Furthermore, to manage events other than data collection (e.g., to identify both the use reservation schedule and unexpected use of each room, for example, in facilities with multiple meeting rooms or accommodation with multiple rooms). You may apply this invention.

According to the present invention, since the static display of the time range of a pre-scheduled event and the dynamic display of the time range of a sudden event are performed along the same time axis of the same screen, The effect that all the persons concerned with event management can visually grasp | ascertain both easily is acquired.

In addition, when an unexpected event occurs in a certain system and is still in progress, the event can be easily scheduled to be avoided by the other system so that the event can be easily scheduled while coordinating with the unexpected event. The effect that can be obtained is also acquired.

In addition, since all persons in charge can easily visually recognize both the pre-scheduled event and the unexpected event, the person in charge starts the time before the end of the recording after the sudden data recording is started. The effect that the situation which schedules the recording of another material by the scheduled time (the abrupt recording of the material is interrupted by the recording of the other material) can also be prevented.

Claims (22)

First operation means for scheduling a start scheduled time and an end scheduled time of the event, Second operation means for operating in response to the start and end of an unexpected event, The second operation corresponding to the onset of an unexpected event while displaying a time range from the start scheduled time of the event scheduled by the first operation means to the end scheduled time along the time axis on the display means; Starting from the operation time of the means, the time range of the accidental event is increased over time until the operation of the second operation means corresponding to the end of the accidental event is performed. Display control means for displaying the screen along the time axis An information management apparatus comprising: a. The method of claim 1, The first operation means and the second operation means select any one system from a plurality of systems to perform an operation, The display control means arranges display columns for the plurality of systems in parallel along the time axis, and displays the time range in the display columns for the system selected by the first operation means and the second operation means. Information management apparatus characterized by the display. The method of claim 1, The event is an information management device, characterized in that the recording of the data supplied from the outside. The method of claim 1, And the display control means displays an increase in the passage of time along the time axis of the screen by using a line cursor indicating a current time. The method of claim 2, The event is an information management device, characterized in that the recording of the data supplied from the outside. The method of claim 2, And the display control means displays an increase in the passage of time along the time axis of the screen by using a line cursor indicating a current time. The method of claim 5, And the display control means displays an increase in the passage of time along the time axis of the screen by using a line cursor indicating a current time. A first time for displaying a time range from the scheduled start time to the scheduled end time of the scheduled event along the time axis on the screen of the display means based on the operation of scheduling the start scheduled time and the scheduled end time of the event; Steps, Based on the operation performed in response to the start of the unexpected event, starting from the time when the operation is performed, the time range of the sudden event is determined until the operation corresponding to the end of the sudden event is performed. A second step of displaying the image along the time axis on the screen of the display means so as to increase as time passes; Information management method comprising a. The method of claim 8, Arranging display columns for a plurality of lines in parallel along the time axis More, And in the first and second steps, the time range is displayed in the display column for the system selected by the operation, respectively. The method of claim 8, The event is an information management method, characterized in that the recording of data supplied from the outside. The method of claim 8, And an increase in the lapse of the time is displayed along the time axis of the screen using a line cursor indicating the current time. The method of claim 9, The event is an information management method, characterized in that the recording of data supplied from the outside. The method of claim 9, And an increase in the lapse of the time is displayed along the time axis of the screen using a line cursor indicating the current time. The method of claim 12, And an increase in the lapse of the time is displayed along the time axis of the screen using a line cursor indicating the current time. On your computer, A first time for displaying a time range from the scheduled start time to the scheduled end time of the scheduled event along the time axis on the screen of the display means based on the operation of scheduling the start scheduled time and the scheduled end time of the event; Steps, Based on the operation performed in response to the start of the unexpected event, starting from the time when the operation is performed, the time range of the sudden event is determined until the operation corresponding to the end of the sudden event is performed. A second step of displaying the image along the time axis on the screen of the display means so as to increase as time passes; And a program for executing the program. The method of claim 15, On your computer, Arranging display columns for a plurality of lines in parallel along the time axis More, In the first step and the second step, the time range is displayed in the display column for the system selected by the operation, respectively. A computer-readable recording medium recording a program. The method of claim 15, And the event records a program that is a recording of data supplied from the outside. The method of claim 15, And a program for displaying an increase in the passage of time along a time axis of the screen using a line cursor indicating a current time. On your computer, A first time for displaying a time range from the scheduled start time to the scheduled end time of the scheduled event along the time axis on the screen of the display means based on the operation of scheduling the start scheduled time and the scheduled end time of the event; Steps, Based on the operation performed in response to the start of the unexpected event, starting from the time when the operation is performed, the time range of the sudden event is determined until the operation corresponding to the end of the sudden event is performed. A second step of displaying the image along the time axis on the screen of the display means so as to increase as time passes; The program, characterized in that for executing. The method of claim 19, On your computer, Arranging display columns for a plurality of lines in parallel along the time axis More, And in the first and second steps, the time range is displayed in the display column for the system selected by the operation, respectively. The method of claim 19, The event is a program, characterized in that the recording of data supplied from the outside. The method of claim 19, And the increase of the elapse of the time is displayed along the time axis of the screen using a line cursor indicating the current time.

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